Richard H.R. Harper – författare

Artificial intelligence (AI) consists of a dazzling set of computational tools that few fully understand. From our cars to our homes to how we socialize and work, AI is everywhere and makes life so much better. It might irritate in some instances but mostly it helps. Or it seems to.Yet AI developers have an unusually narrow perspective on intelligence, reducing all judgments to a calculus. Machines excel at this form of intelligence, but it is not how most people define the word. While this narrowing has provided useful direction for the development of computers, Richard Harper argues, it also constrains what people are capable of. When we reach for AI to help us unwind, connect with others, or even create art, it’s not analytical intelligence that we are after. The human behaviours that AI seeks to supplement are shaped as much by mood, morals, indolence, and interrelation as they are by calculation. Drawing on three decades of inquiry, Harper reveals that when we are misled about what AI cannot do, we fail to see what it can.The Shape of Thought shows how to break free from this narrow view. By better understanding the many different things that people achieve with computers, we can improve and diversify AI to allow for richer, more beneficial human-computer interaction.

Artificial intelligence (AI) consists of a dazzling set of computational tools that few fully understand. From our cars to our homes to how we socialize and work, AI is everywhere and makes life so much better. It might irritate in some instances but mostly it helps. Or it seems to.Yet AI developers have an unusually narrow perspective on intelligence, reducing all judgments to a calculus. Machines excel at this form of intelligence, but it is not how most people define the word. While this narrowing has provided useful direction for the development of computers, Richard Harper argues, it also constrains what people are capable of. When we reach for AI to help us unwind, connect with others, or even create art, it's not analytical intelligence that we are after. The human behaviours that AI seeks to supplement are shaped as much by mood, morals, indolence, and interrelation as they are by calculation. Drawing on three decades of inquiry, Harper reveals that when we are misled about what AI cannot do, we fail to see what it can.The Shape of Thought shows how to break free from this narrow view. By better understanding the many different things that people achieve with computers, we can improve and diversify AI to allow for richer, more beneficial human-computer interaction.

Artificial intelligence (AI) consists of a dazzling set of computational tools that few fully understand. From our cars to our homes to how we socialize and work, AI is everywhere and makes life so much better. It might irritate in some instances but mostly it helps. Or it seems to.Yet AI developers have an unusually narrow perspective on intelligence, reducing all judgments to a calculus. Machines excel at this form of intelligence, but it is not how most people define the word. While this narrowing has provided useful direction for the development of computers, Richard Harper argues, it also constrains what people are capable of. When we reach for AI to help us unwind, connect with others, or even create art, it's not analytical intelligence that we are after. The human behaviours that AI seeks to supplement are shaped as much by mood, morals, indolence, and interrelation as they are by calculation. Drawing on three decades of inquiry, Harper reveals that when we are misled about what AI cannot do, we fail to see what it can.The Shape of Thought shows how to break free from this narrow view. By better understanding the many different things that people achieve with computers, we can improve and diversify AI to allow for richer, more beneficial human-computer interaction.

The emergence and widespread use of personal computers and network technologies have seen the development of interest in the use of computers to support cooperative work. This volume presents the proceedings of the tenth European conference on Computer Supported Cooperative Work (CSCW). This is a multidisciplinary area that embraces the development of new technologies grounded in actual cooperative practices. These proceedings contain a collection of papers addressing novel interaction technologies for CSCW systems, new models and architectures for groupware systems, studies of communication and coordination among mobile actors, studies of cooperative work in complex settings, studies of groupware systems in actual use in real-world settings, and theories and techniques to support the development of cooperative applications. The papers present emerging technologies alongside new methods and approaches to the development of this important class of applications.